Differenze tra piastre in acciaio resistenti all'usura e piastre in acciaio composito resistenti all'usura
Material Composition
- Piastra in acciaio resistente all'usura: Realizzato in acciaio ad alto contenuto di manganese e ghisa ad alto contenuto di cromo, offering high hardness and wear resistance.
- Piastra in acciaio composito resistente all'usura: Consists of a wear-resistant layer and a base plate. The wear-resistant layer, usually made of chromium carbide and carbide, provides superior durability and impact resistance.
Applicazioni
- Piastra in acciaio resistente all'usura: Used in crushers, coal mills, and other high-wear equipment.
- Piastra in acciaio composito resistente all'usura: Applied in construction, macchinari, chimico, and power industries for chutes, silos, condutture, and pump casings.
Manufacturing Process
- Piastra in acciaio resistente all'usura: Strengthened through heat treatment and surface hardening.
- Piastra in acciaio composito resistente all'usura: Manufactured using surfacing, brazing, and explosion welding to bond the wear-resistant layer to the base plate.
Choosing the Right Material
- High-Intensity Wear: Wear-resistant composite steel plates are preferred for greater durability and impact resistance.
- Medium-Intensity Wear: Wear-resistant steel plates are chosen for cost-effectiveness and ease of processing.
